TWM596542U - Covering protective device with self-floating force - Google Patents
Covering protective device with self-floating force Download PDFInfo
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- TWM596542U TWM596542U TW109202289U TW109202289U TWM596542U TW M596542 U TWM596542 U TW M596542U TW 109202289 U TW109202289 U TW 109202289U TW 109202289 U TW109202289 U TW 109202289U TW M596542 U TWM596542 U TW M596542U
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Abstract
一種自具浮力之遮護裝置,其包含一遮護件供可被操作展開以形成一遮蔽範圍及至少一浮力件供結合設置在該遮護件上並可產生適當的浮力;在使用時,該遮護裝置之總體淨重能藉由該至少一浮力件所產生的浮力而有效地減輕,使該遮護裝置能被容易地操作使用以懸空地定位在或跟隨移動在一待遮物之上方或周圍以對該待遮物提供同步性的懸空遮護效果;此外,在該遮護裝置上進一步可配合設置至少一飛行器,其中各飛行器上設有至少一控制單元供使用者能設定各飛行器之飛行動程,供可承載並導航該遮護裝置進行飛行以提供同步性的懸空遮護效果。A self-buoyant shielding device includes a shielding member that can be operated and unfolded to form a shielding range and at least one buoyant member is combined to be arranged on the shielding member and can generate appropriate buoyancy; when in use, The overall net weight of the shielding device can be effectively reduced by the buoyancy generated by the at least one buoyancy member, so that the shielding device can be easily operated and used to be positioned in a suspended position or follow movement over a to-be-covered object Or around to provide a synchronized suspended shielding effect on the object to be covered; in addition, at least one aircraft can be further arranged on the shielding device, wherein each aircraft is provided with at least one control unit for the user to set each aircraft The flight path can be used to carry and navigate the shielding device to fly to provide a synchronized suspension shielding effect.
Description
本創作係有關一種遮護裝置,尤指一種自具浮力之遮護裝置,其係利用至少一浮力件所產生的浮力以有效減輕遮護裝置之總體淨重並增進操作使用之方便性。This creation relates to a shielding device, especially a self-buoyant shielding device, which utilizes the buoyancy generated by at least one buoyancy member to effectively reduce the overall net weight of the shielding device and improve the convenience of operation and use.
習知是用來遮陽或遮雨,但一堅固傘具之總體淨重一般較重,使用者不方便操作,且使用時使用者須使用至少一手來拿持傘具,相對會造成雙手運動(如打高爾夫球)的不便。此外,由媒體報導得知,目前已有一種能藉飛行器(或稱為無人機或空拍機)來承載並導航飛行的傘具,如日本Asahi Power Service公司研發一款可使用在高爾夫球場的無人機傘。然而,該無人機傘是直接在傘具上加裝無人機,其總體淨重相對增大,故所採用的無人機也須具備較大馬力,否則該無人機傘無法或難以達成承載兼導航飛行之使用功效;但無人機之馬力加大,其本體重量又會相對加大,如此會影響該無人機傘的使用效率,例如無人機馬力加大則其電能耗損也增大,使無人機傘之續航力相對減損,恐難以配合一般全程約2~3小時之高爾夫球活動使用,即該無人機傘之承載兼導航飛行之效率相對受限而造成使用操作之不便。此外,該無人機傘雖可視為一種遮護裝置,但其僅限於遮陽或遮雨之應用,無法實現更多元性的遮護效果或應用,如無法對一待遮物產生安全性且同步性之遮護功效。It is known to be used for shading or rain, but the overall net weight of a sturdy umbrella is generally heavier, which is inconvenient for the user to operate, and the user must use at least one hand to hold the umbrella during use, which will cause two-handed movement ( Such as golfing). In addition, according to media reports, there is currently an umbrella that can be used to carry and navigate the flight by an aircraft (or called a drone or aerial camera). For example, Asahi Power Service of Japan has developed an umbrella that can be used on a golf course. Drone umbrella. However, the drone umbrella is directly equipped with a drone on the umbrella, and its overall net weight is relatively increased, so the drone used must also have a large horsepower, otherwise the drone umbrella cannot or is difficult to achieve carrying and navigation flight The efficiency of the use of the UAV; however, the increased horsepower of the UAV will increase its body weight, which will affect the efficiency of the UAV umbrella. For example, the increase of the UAV horsepower will increase the power loss, which will make the UAV umbrella The endurance is relatively reduced, and it may be difficult to use it in general golf activities of about 2 to 3 hours. That is, the efficiency of the UAV umbrella's carrying and navigation flight is relatively limited, resulting in inconvenience in operation. In addition, although the UAV umbrella can be regarded as a shielding device, it is limited to the application of sunshade or rain shielding, and cannot achieve more versatile shielding effects or applications. For example, if it is impossible to produce security and synchronization for an object to be covered The protective effect of sex.
為達成上述目的,本創作提供一種自具浮力之遮護裝置,其包含有一遮護件及至少一浮力件;其中該遮護件能被操作展開以具有一遮蔽範圍;其中各浮力件是結合設置在該遮護件上以構成該遮護裝置並形成一體式使用狀態,其中各浮力件是藉由本身比空氣低的密度以產生浮力,藉此使該遮護裝置之總體淨重能藉由該至少一浮力件所產生的浮力而大幅減輕,以使該遮護裝置能被操作使用以懸空地定位在或跟隨移動在一待遮物之上方或周圍以對該待遮物提供同步性的懸空遮護效果;其中該至少一浮力件所產出之浮力能被選擇或設定為大於、等於或小於該遮護裝置的總體淨重,藉此使該遮護裝置在其總體淨重被減輕的情況下能夠增進其操作使用之方便性;其中當該遮護裝置被操作使用時,該遮護裝置是被操作以隨著該待遮物之停留位置或移動之動程而同步地懸空位於該待遮物之上方或周圍一高度處,以使該待遮物能同步地位於該遮護件所展開形成之遮蔽範圍內以達成遮護功效。To achieve the above purpose, the present invention provides a self-buoyant shielding device, which includes a shielding member and at least one buoyant member; wherein the shielding member can be operated and expanded to have a shielding range; wherein each buoyant member is combined It is arranged on the shield to form the shielding device and form an integrated use state, wherein each buoyant member generates buoyancy by its own lower density than air, thereby allowing the overall net weight of the shielding device to The buoyancy generated by the at least one buoyancy member is greatly reduced, so that the shielding device can be operatively used to position or follow the movement above or around a to-be-covered object to provide synchronization to the to-be-covered object Suspended shelter effect; wherein the buoyancy produced by the at least one buoyancy member can be selected or set to be greater than, equal to or less than the overall net weight of the shelter, thereby enabling the shelter to be reduced when its overall net weight is reduced It can improve the convenience of its operation and use; wherein when the shielding device is operated and used, the shielding device is operated to hang in the synchronously with the staying position of the object to be covered or the movement of the movement A height above or around the covering, so that the covering to be covered can be located synchronously within the covering range formed by the covering member to achieve the covering effect.
在本創作一實施例中,該浮力件是由至少一密閉氣囊所構成,各密閉氣囊設有至少一氣閥供灌入比空氣輕的氣體以產生浮力或由該氣閥洩放該氣體以收合各浮力件,藉此使該遮護裝置能藉由該至少一浮力件在灌氣之後所產生的浮力以減輕該遮護裝置的總體淨重。In an embodiment of the present invention, the buoyancy member is composed of at least one sealed airbag, and each sealed airbag is provided with at least one air valve for injecting a lighter gas than air to generate buoyancy or discharging the gas by the air valve to collect Combine the buoyancy members, thereby enabling the shielding device to reduce the overall net weight of the shielding device by the buoyancy generated by the at least one buoyancy member after inflating.
在本創作一實施例中,各浮力件是利用超輕之固體材料構成,該超輕之固體材料包含:全碳氣凝膠,其密度為每立方厘米0.16毫克,是空氣密度的六分之一;或石墨氣凝膠,其密度為每立方厘米0.18毫克,是空氣密度的五分之一。In an embodiment of the present creation, each buoyancy member is composed of ultra-light solid material, the ultra-light solid material includes: full carbon aerogel, the density of which is 0.16 mg per cubic centimeter, which is six-sixths of the air density One; or graphite aerogel, whose density is 0.18 mg per cubic centimeter, which is one-fifth of the air density.
在本創作一實施例中,該遮護件是一可展開及收合之傘具,該傘具包含一傘布,其中該至少一浮力件是結合貼置在該傘具之傘布的上方或下方以形成一體式使用狀態。In an embodiment of the present creation, the shield is an umbrella that can be expanded and collapsed, the umbrella includes an umbrella cloth, wherein the at least one buoyancy member is combined and placed above the umbrella cloth of the umbrella Or below to form an integrated use state.
在本創作一實施例中,該遮護件是一可展開及收合之傘具,該傘具包含一傘布,其中該傘布是形成並具有至少一密閉氣囊供當作該至少一浮力件使用,或該傘布是被至少一密閉氣囊所取代供當作該至少一浮力件使用。In an embodiment of the present creation, the shield is an umbrella that can be expanded and collapsed, the umbrella includes an umbrella cloth, wherein the umbrella cloth is formed and has at least one sealed airbag for the at least one buoyancy Or the umbrella cloth is replaced by at least one sealed airbag for use as the at least one buoyant member.
在本創作一實施例中,該遮護件上進一步設有至少一第一連結件,各浮力件上進一步設有至少一第二連結件供能與該第一連結件對應連結,使各浮力件能藉由該第一與該第二連結件之間的對應連結關係以結合設置在該遮護件上並形成一體式使用狀態。In an embodiment of the present invention, the shielding member is further provided with at least one first connecting member, and each buoyant member is further provided with at least one second connecting member for corresponding connection with the first connecting member, so that each buoyancy force The pieces can be combined and arranged on the shielding piece through the corresponding connection relationship between the first and the second connecting pieces and form an integrated use state.
在本創作一實施例中,該遮護件是一能展開形成寬大面積之扁型片體,其中在該遮護件之扁型片體上形成或設有至少一密閉氣囊供當作該至少一浮力件。In an embodiment of the present invention, the shield is a flat sheet that can be expanded to form a wide area, wherein at least one sealed airbag is formed or provided on the flat sheet of the shield as the at least one A buoyancy piece.
在本創作一實施例中,該遮護裝置進一步配合設有至少一飛行器供用以對該遮護裝置產生承載飛行作用,其中各飛行器上進一步設有至少一控制單元供使用者能設定各飛行器之飛行動程,使各飛行器能承載並控制該遮護裝置以自動導航飛行在該待遮物之上方或周圍一高度處或依照一預設的飛行路徑進行導航飛行,以對該遮護裝置產生承載飛行作用及導航飛行作用。In an embodiment of the present invention, the shielding device is further provided with at least one aircraft for carrying the flying effect on the shielding device, wherein each aircraft is further provided with at least one control unit for the user to set the aircraft The flight path enables each aircraft to carry and control the shielding device to automatically navigate the flight at a height above or around the object to be covered or to perform a navigation flight according to a preset flight path to generate the shielding device Carrying flight function and navigation flight function.
在本創作一實施例中,該至少一飛行器係連結設於該遮護件的上方或下方以形成一體式使用狀態。In an embodiment of the present invention, the at least one aircraft is connected above or below the shield to form an integrated use state.
在本創作一實施例中,各飛行器進一步由一電子裝置來操控使用,使該遮護裝置能根據該電子裝置所發出的該待遮物之即時座標位置信號來驅使各飛行器能跟隨該待遮物之移動動程而進行導航飛行。In an embodiment of the present invention, each aircraft is further controlled and used by an electronic device, so that the shielding device can drive each aircraft to follow the to-be-covered according to the real-time coordinate position signal of the object to be covered issued by the electronic device The navigational flight of the object's movement.
配合圖示,將本創作的結構及其技術特徵詳述如後,其中各圖示只用以說明本創作的結構關係及相關功能,因此各元件的尺寸並非依實際比例設置且非用以限制本創作。With the illustrations, the structure and technical features of this creation will be described in detail as follows. Each illustration is only used to illustrate the structural relationship and related functions of this creation, so the size of each element is not set according to the actual proportion and is not used to limit This creation.
參考圖1至圖20,本創作乃係一種自具浮力之遮護裝置1,其包含有一遮護件20及至少一浮力件30。該遮護件20能被操作展開以具有一遮蔽範圍21。各浮力件30是結合設置在該遮護件20上以構成該遮護裝置1並形成一體式使用狀態,其中各浮力件30是藉由本身比空氣低的密度以產生浮力,藉此使該遮護裝置1之總體淨重能藉由該至少一浮力件30所產生的浮力而有效地或大幅減輕,以使該遮護裝置1能被操作使用以懸空地定位在或跟隨移動在一待遮物2之上方或周圍以對該待遮物2提供同步性的懸空遮護效果。Referring to FIGS. 1 to 20, the present creation is a self-
該至少一浮力件30所產出之浮力能被選擇或設定為大於、等於或小於該遮護裝置1的總體淨重,藉此使該遮護裝置1在其總體淨重被減輕的情況下能夠增進其操作使用之方便性。參考圖3及16,該至少一浮力件30所產出之浮力進一步是被設定為幾乎等於該遮護裝置1的總體淨重但不限制,藉此使該遮護裝置1能形成懸空飄浮狀態以利於操作使用。The buoyancy produced by the at least one
當該遮護裝置1被操作使用時,該遮護裝置1是被操作以隨著該待遮物2之停留位置(懸空定位而不移動如圖3所示)或移動之動程(隨待遮物2移動如圖1所示)而同步地懸空位於該待遮物2之上方或周圍一高度處(參考圖1、3),以使該待遮物2能同步地位於該遮護件20所展開形成之遮蔽範圍21內以達成遮護功效。When the
參考圖1及2,該浮力件30是由至少一密閉氣囊30a所構成,各密閉氣囊30a設有至少一氣閥31供灌入(如圖2中箭頭A所示)比空氣輕的氣體以產生浮力或由該氣閥31洩放該氣體以收合各浮力件30,藉此使該遮護裝置1能藉由該至少一浮力件30在灌氣之後所產生的浮力以減輕該遮護裝置1的總體淨重。Referring to FIGS. 1 and 2, the
參考圖1至16,該密閉氣囊30a之材料係包含橡膠、鋁膜、乳膠及塑料等;該密閉氣囊30a內所填充之氣體係氦氣但不限制,其中該氦氣可為罐裝的氣體罐4如圖2所示,且氣體罐4的大小不限制,可設計為方便拿提之可攜帶式小型氣體罐4如圖2所示,或直接安裝於該遮護裝置1上之小型氣體罐4如圖2及3所示,以方便使用者能隨時對該密閉氣囊30a填充氦氣以控制該密閉氣囊30a的浮力。Referring to FIGS. 1 to 16, the material of the sealed
此外,各浮力件30進一步可利用超輕之固體材料構成但不限制,該超輕之固體材料包含:碳氣凝膠,其密度為每立方厘米0.16毫克,約是空氣密度的六分之一;或石墨氣凝膠,其密度為每立方厘米0.18毫克,是空氣密度的五分之一。In addition, each
當該遮護裝置1被操作使用時,該遮護裝置1是被操作以隨著該待遮物2之停留位置(參考圖3、16及20)或移動之動程(參考圖1、17及19)而同步地懸空位於該待遮物2之上方或周圍一高度處,以使該待遮物2能隨時位於該遮護件20所展開形成之遮蔽範圍21內以達成遮護功效。When the
參考圖1、2,該遮護件20是一可展開及收合之傘具但不限制,該傘具包含一傘布20a,該至少一浮力件30是結合貼置在該傘布20a的上方或下方以形成一體式使用狀態。參考圖1、3至5,該傘布20a的下方設有一個浮力件30;參考圖6、7,該傘布20a的上方設有三個浮力件30;參考圖8、9,該傘布20a的下方設有四個該浮力件30。當該遮護裝置1不使用時,該傘布20a可以隨傘具進行收合,該浮力件30可由該氣閥31洩氣而進行收合如圖2所示。Referring to FIGS. 1 and 2, the
該傘具之傘布20a進一步形成具有至少一密閉氣囊30a供當作該至少一浮力件30使用但不限制;參考圖10、11,該傘布20a的上方一體成型設有四個密閉氣囊30a(30);參考圖12、13,該傘布20a進一步被至少一密閉氣囊30a(30)所取代供當作該至少一浮力件30使用。The
參考圖1、3、4、6、8、10、12,該遮護件20(傘具)下方進一步設有至少一操作件50但不限制;參考圖1,該操作件50可為該傘具之傘中棒但不限制,使用者可利用該傘中棒來操作或使用該遮護裝置1以使自身保持在該遮蔽範圍21內;參考圖3,該操作件50可為該傘具之傘中棒與一繩索的結合但不限制,使用者可利用該繩索(50)來定位該遮護裝置1以使自身保持在該遮蔽範圍21內;參考圖4、6、8、10及12,該操作件50係包含一傘中棒及一固定於傘中棒下方之繩索但不限制,使用者可選擇利用該傘中棒或該繩索來操作該遮護裝置1以使自身保持在該遮蔽範圍21內。With reference to FIGS. 1, 3, 4, 6, 8, 10, 12, the shield 20 (umbrella) is further provided with at least one
此外,當該遮護裝置1之遮蔽範圍21不夠時,使用者可利用多個遮護裝置1連結成一體以增加該遮蔽範圍21的面積。參考圖14及15,該傘布20a係等邊長之多邊型傘布,該傘布20a之至少一邊且沿其邊緣向外凸伸以形成一長條形之凸緣22,且該凸緣22上設置一連結元件23如黏扣帶,藉此,至少二個以上之該傘布20a之邊緣可藉由該等連結元件23對應連結,以使各傘布20能連結在一起。In addition, when the
參考圖1至15,該遮護件20上進一步設有至少一第一連結件24但不限制,各浮力件30上進一步設有至少一第二連結件32供能與該第一連結件24對應連結但不限制,使各浮力件30能藉由該第一連結件24與該第二連結件32間的對應連結關係以結合設置在該遮護件20上並形成一體式使用狀態;該第一、第二連結件24、32可為黏扣帶(Hook and loop fastener/ Velcro)型態但不限制,使該遮護裝置1能易於組裝或收存。Referring to FIGS. 1 to 15, the
參考圖16、17,該遮護件20更可設計成一能展開形成一寬大面積之扁型片體;在該遮護件20之扁型片體上更形成或設有至少一密閉氣囊30a供當作該至少一浮力件30使用,使該遮護件20及該至少一浮力件30組合形成一體式使用狀態以提供更大的遮蔽範圍21。Referring to FIGS. 16 and 17, the
參考圖4至15、17至20,該遮護裝置1進一步可配合設有至少一飛行器10(或稱為無人機,在此視為習知技術)。各飛行器10是利用至少一動力機構如葉片12但不限制以產生承載飛行作用;各飛行器10上進一步設有至少一控制單元11供使用者能控制或設定各飛行器10之飛行動程,使各飛行器10能承載並控制該遮護裝置1以自動導航飛行在該待遮物2之上方或周圍一高度處或依照一預設的飛行路徑進行導航飛行,以對該遮護裝置1產生承載兼導航之飛行作用。Referring to FIGS. 4 to 15 and 17 to 20, the
參考圖17、19、20,該遮護件20係連結並支撐設於各飛行器10上或分別由至少二飛行器10所同步支撐但不限制,以使各遮護件20能在該至少一飛行器10飛行時同步展開以在該待遮物2之上方或周圍形成一遮蔽範圍21。17, 19, and 20, the
此外,由於該至少一浮力件30所產生的浮力可有效地減輕該遮護裝置1之總體淨重,因此當各飛行器10在承載並導航該遮護裝置1進行飛行時,各飛行器10能相對減少在承載飛行方面所輸出或消耗之能量,即各飛行器10之儲存電力可大部分使用在導航飛行方面,藉此可大大提昇各飛行器10之續航力及使用效率。In addition, since the buoyancy generated by the at least one
參考圖4、6、8、10、12、16、17、19及20,該至少一飛行器10係連結設於該至少一遮護件20的上方、下方、或邊緣但不限制,藉此對該遮護裝置1提供良好之承載兼導航飛行作用。4, 6, 8, 10, 12, 16, 17, 19 and 20, the at least one
參考圖17,各飛行器10進一步係由一電子裝置3來操控使用但不限制,使該遮護裝置1能根據該電子裝置3所發出的該待遮物2之即時座標位置信號(如根據全球定位系統GPS技術)來驅使各飛行器10跟隨該待遮物2同步移動。該電子裝置3係一手機3a但不限制如圖4、6、8、10、12及17所示,使用者可利用該手機3a之行動應用程式(mobile application,APP)來提供並發出該待遮物2之即時座標位置信號給各飛行器10。Referring to FIG. 17, each
參考圖4至15、17、18,該遮護裝置1上進一步設有至少一太陽能裝置40以提供各飛行器10之電源;該太陽能裝置40包含一太陽能吸收層41及一轉換裝置42,該太陽能吸收層41能向外吸收光能,並將光能傳送至該轉換裝置42以轉換成電力;該太陽能吸收層41可設在該至少一飛行器10上(如圖18所示)或該遮護件20上(如圖4至15所示)或該浮力件30上(如圖17所示)但不限制。此外,參考圖18,該遮護裝置1更可安裝於一汽車之頂面上,使陽光能隨時對該遮護裝置1所設之太陽能裝置40進行充電。4 to 15, 17, 18, the
參考圖21、22,該至少一遮護件20進一步係一環狀噴氣流20b,該環狀噴氣流20b係利用一噴氣裝置25,使空氣由其下段進入再由其上段快速且強力噴出以形成一由該環狀噴氣流20b構成之遮蔽範圍21而達成遮雨功效。Referring to FIGS. 21 and 22, the at least one
此外,參考圖17,各飛行器10更可安裝一攝影機(未圖示),各飛行器10之控制單元11更包含一人臉辨識系統,使該遮護裝置1能藉由各飛行器10之攝影機與人臉辨識系統的搭配應用,以驅使各飛行器10能自動導航跟隨並遮護該待遮物2(入)。In addition, referring to FIG. 17, each
此外,當該遮護裝置1與該至少一飛行器10結合使用時,更可擴大該遮護裝置1之應用範圍:參考圖19,吾人可控制多個遮護裝置1同步移動以跟隨並圍繞在一行進中汽車(在此當作待遮物2)的周圍,有助於增進該汽車內重要人物之安全保護功效。參考圖20,吾人可控制多個遮護裝置1以圍繞在一可能內藏炸彈之爆破物(在此當作待遮物2)的周圍,有助於增進防爆人員之安全保護功效。In addition, when the
以上所述僅為本創作的優選實施例,對本創作而言僅是說明性的,而非限制性的;本領域普通技術人員理解,在本創作權利要求所限定的精神和範圍內可對其進行許多改變,修改,甚至等效變更,但都將落入本創作的保護範圍內。The above is only the preferred embodiment of the creation, and for the creation is only illustrative, not restrictive; those of ordinary skill in the art understand that within the spirit and scope defined by the claims of the creation Many changes, modifications, and even equivalent changes will be made, but all will fall within the protection scope of this creation.
1:遮護裝置
10:飛行器
11:控制單元
12:葉片
20:遮護件
20a:傘布
20b:環狀噴氣流
21:遮蔽範圍
22:凸緣
23:連結元件
24:第一連結件
25:噴氣裝置
30:浮力件
30a:密閉氣囊
31:氣閥
32:第二連結件
40:太陽能裝置
41:太陽能吸收層
42:轉換裝置
50:操作件
2:待遮物
3:電子裝置
3a:手機
4:氣體罐1: shielding device
10: Aircraft
11: Control unit
12: Blade
20:
圖1:係本創作一實施例之立體組合示意圖。 圖2:係本創作之浮力件藉由氣體罐充氣之立體示意圖。 圖3:係本創作另一實施例(固定於一處)之立體組合示意圖。 圖4:係本創作另一實施例(具有一浮力件)之平面組合示意圖。 圖5:係圖4之上視平面示意圖。 圖6:係本創作另一實施例(具有三浮力件)之平面組合示意圖。 圖7:係圖6之上視平面示意圖。 圖8:係本創作另一實施例(具有四浮力件)之平面組合示意圖。 圖9:係圖8之上視平面示意圖。 圖10:係本創作另一實施例(浮力件成型於遮護件的上方)之平面組合示意圖。 圖11:係圖10之上視平面示意圖。 圖12:係本創作另一實施例(傘布形成具有密閉氣囊以供當作浮力件使用)之平面組合示意圖。 圖13:係圖12之上視平面示意圖。 圖14:係本創作另一實施例(具有二遮護裝置)之上視平面示意圖。 圖15:係本創作另一實施例(具有五遮護裝置)之上視平面示意圖。 圖16:係本創作另一實施例(遮護件是一能展開形成寬大面積之扁型片體)之平面組合示意圖。 圖17:係本創作另一實施例(遮護件是一能展開形成寬大面積之扁型片體並由飛行器操控)之平面組合示意圖。 圖18:係本創作之飛行器安置於車體上以進行太陽能充電之立體示意圖。 圖19:係本創作另一實施例(利用多個遮護裝置來跟隨並遮護汽車)之立體示意圖。 圖20:係本創作另一實施例(利用多個遮護裝置來包圍爆裂物)之立體示意圖。 圖21:係本創作另一實施例(遮護件為環狀噴氣流裝置)之立體示意圖。 圖22:係圖21中一局部之放大立體示意圖。 Figure 1: A schematic diagram of a three-dimensional combination of an embodiment of the present creation. Figure 2: This is a perspective view of the buoyancy element created by the gas tank. Figure 3: A schematic diagram of a three-dimensional combination of another embodiment (fixed in one place) of this creation. Figure 4: It is a schematic diagram of a plane combination of another embodiment (with a buoyancy member) of this creation. Fig. 5: a schematic plan view of the upper view of Fig. 4. Figure 6: This is a schematic plan view of another embodiment of this creation (with three buoyancy pieces). Fig. 7: a schematic plan view of the upper view of Fig. 6. Figure 8: It is a schematic diagram of a plane combination of another embodiment (with four buoyancy pieces) of this creation. Fig. 9: a schematic plan view of the upper view of Fig. 8. Fig. 10 is a schematic plan view of another embodiment of this creation (the buoyancy member is formed above the shield). Fig. 11: a schematic top plan view of Fig. 10. Figure 12: A schematic plan view of another embodiment of the present invention (an umbrella cloth is formed with a sealed air bag for use as a buoyancy member). Fig. 13: a schematic plan view of the upper view of Fig. 12. Figure 14: This is a schematic top plan view of another embodiment of the present invention (with two shielding devices). Fig. 15 is a schematic top plan view of another embodiment of the present invention (with five shielding devices). Figure 16: It is a schematic diagram of a plane combination of another embodiment of the present invention (the shield is a flat sheet that can be expanded to form a wide area). Figure 17: It is a schematic plan view of another embodiment of this creation (the shield is a flat sheet that can be expanded to form a large area and controlled by the aircraft). Figure 18: This is a perspective view of the creation of the aircraft placed on the car body for solar charging. FIG. 19 is a perspective schematic view of another embodiment of the present invention (using multiple shielding devices to follow and shield the car). Figure 20: A schematic perspective view of another embodiment of the present invention (using multiple shielding devices to surround the explosive). Fig. 21 is a schematic perspective view of another embodiment of the present invention (the shield is an annular jet device). Fig. 22 is an enlarged schematic perspective view of a part of Fig. 21.
1:遮護裝置 1: shielding device
20:遮護件 20: shield
20a:傘布 20a: umbrella cloth
21:遮蔽範圍 21: Shading range
24:第一連結件 24: First link
30:浮力件 30: Buoyancy parts
30a:密閉氣囊 30a: airbag
31:氣閥 31: Valve
32:第二連結件 32: Second link
50:操作件 50: operating part
2:待遮物 2: object to be covered
Claims (10)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW109202289U TWM596542U (en) | 2018-12-05 | 2018-12-05 | Covering protective device with self-floating force |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW109202289U TWM596542U (en) | 2018-12-05 | 2018-12-05 | Covering protective device with self-floating force |
Publications (1)
Publication Number | Publication Date |
---|---|
TWM596542U true TWM596542U (en) | 2020-06-11 |
Family
ID=72177399
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW109202289U TWM596542U (en) | 2018-12-05 | 2018-12-05 | Covering protective device with self-floating force |
Country Status (1)
Country | Link |
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TW (1) | TWM596542U (en) |
-
2018
- 2018-12-05 TW TW109202289U patent/TWM596542U/en not_active IP Right Cessation
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